Abstract Search

ea0050p360 | Reproduction | SFEBES2017

Aberrant fetal development precipitated by genistein is accompanied with disruption in the Giant Trophoblast cell histomorphometry, and alteration in the serum, placenta and the amniotic fluid oxidation-reduction system

Awobajo Funmileyi , Morakinyo Ayodele , Samuel Titilola , Oyelowo Oluwakemi , Onyekwele Perpetual , Okedina Mosunmola

Genistein is an endocrine-disrupting chemical (EDC), derived from soya, with reported adverse effects on fetal development. The placenta regulates fetal environment for fidelity of organogenesis which can be compromised by several external factors including EDCs. This study examined the influence of genistein on the histomorphometry of the Giant Trophoblast Cells (GTC) of the placenta and the oxidative stress balance across the maternal serum, placenta and t...

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ea0050p360 | Reproduction | SFEBES2017

Aberrant fetal development precipitated by genistein is accompanied with disruption in the Giant Trophoblast cell histomorphometry, and alteration in the serum, placenta and the amniotic fluid oxidation-reduction system

Awobajo Funmileyi , Morakinyo Ayodele , Samuel Titilola , Oyelowo Oluwakemi , Onyekwele Perpetual , Okedina Mosunmola

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Endocrine Abstracts

Aberrant fetal development precipitated by genistein is accompanied with disruption in the Giant Trophoblast cell histomorphometry, and alteration in the serum, placenta and the amniotic fluid oxidation-reduction system

Aberrant fetal development precipitated by genistein is accompanied with disruption in the Giant Trophoblast cell histomorphometry, and alteration in the serum, placenta and the amniotic fluid oxidation-reduction system

BiosciAbstracts